NANOINTECH

Core Competencies:

1. Advanced Materials Processing and Energy Solutions:

   • Dry Powder Mixers for DBE technology, optimizing powder flowability and homogeneity, essential for high-performance battery manufacturing.

   • Ceramic Ink Technology for high-temperature marking (800°C+), ensuring data integrity in extreme environments, integral to Digital Battery Passport implementation.

   • Direct Lithium Extraction Technology using ceramic membranes, enabling sustainable and efficient lithium recovery for next-generation energy storage systems.

2. Digital Battery Passport Integration:

   • Developing digital battery passports with high-temperature ceramic marking technology to ensure data integrity and traceability throughout the battery lifecycle.

   • Integrating blockchain-based data management for secure and transparent battery manufacturing and recycling.

   • Leveraging AI and IoT-driven smart manufacturing to enhance productivity and quality in digital battery passport applications.

3. Pioneering Research and Development:

   • Establishing a forward-looking R&D framework focused on energy materials, digitalization, and advanced manufacturing equipment.

   • International Collaborative R&D projects aligned with EU Battery Regulations and sustainable battery ecosystems.

Key Technologies and Products:

1. High-Temperature Ceramic Marking Technology:

   • Ceramic ink technology that maintains data integrity at temperatures above 800°C.

   • Enables digital identification and traceability for Digital Battery Passports, ensuring compliance with EU Battery Regulations.

2. Dry Powder Mixer for Dry Battery Electrode Process:

   • Ensures consistent powder flowability and homogeneity.

   • Integral to the development of high-performance dry electrodes for lithium-ion batteries.

3. Direct Lithium Extraction Technology:

   • Utilizes ceramic membranes for efficient and sustainable lithium recovery, supporting the growing demand for electric vehicle batteries.

4. Ceramic Processing Equipment:

   • High-precision ceramic grinders, mixers, and Beads Mill technology for high-temperature ceramic ink manufacturing.

   • Used in advanced materials manufacturing, including energy storage and electronic devices.